Computer Mathematics
eBook - PDF

Computer Mathematics

  1. 266 pages
  2. English
  3. PDF
  4. Available on iOS & Android
eBook - PDF

Computer Mathematics

Book details
Table of contents
Citations

About This Book

Computer mathematics examines various aspects of mathematics including an extensiveoverview of computational mathematics. It includes definitions of predictable phenomena, theory of models and of groups, programming models, introduction to formalcomputer-aided proof, theory of the demonstration, working group on core courses, finite model theory, calculability and incompleteness, programming models, combinator, mathematical logic, foundations of computing, provides the reader with insightsinto the development of its history, so as to understand the general theory of algorithms, recursive functions, introduction to complexity, theory of finite models and applications, approximate verification and complexity, working on fundamental courses, preliminaryintensive logic.

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Yes, you can access Computer Mathematics by Gerard Prudhomme in PDF and/or ePUB format, as well as other popular books in Mathematics & Mathematics General. We have over one million books available in our catalogue for you to explore.

Information

Publisher
Arcler Press
Year
2019
ISBN
9781773615974
Topic
Mathematics
Subtopic
Mathematics General
Index
Mathematics

Table of contents

  1. Cover
  2. Half Title Page
  3. Title Page
  4. Copyright Page
  5. About the Author
  6. Table of Contents
  7. List of Figures
  8. Preface
  9. Chapter 1 Preparatory Mathematical and Computer Science Studies
  10. Chapter 2 Predictable Phenomena
  11. Chapter 3 Theory of Models and of Groups
  12. Chapter 4 Programming Models
  13. Chapter 5 Introduction to Formal Computer-Aided Proof
  14. Chapter 6 Theory of the Demonstration
  15. Chapter 7 Working Group on Core Courses
  16. Chapter 8 Finite Model Theory
  17. Chapter 9 Calculability and Incompleteness
  18. Chapter 10 Programming Models
  19. Chapter 11 Combinators
  20. Chapter 12 Mathematical Logic
  21. Chapter 13 Foundations of Computing
  22. Chapter 14 Formal Arithmetic
  23. Chapter 15 Database Object Component
  24. Chapter 16 Arithmetization of Logic
  25. Chapter 17 Computability and Complexity
  26. Chapter 18 Polarization and Classical Logic
  27. Chapter 19 Syntax and Semantics
  28. Chapter 20 Proofs and Types
  29. Chapter 21 Foundations for Programming Languages
  30. Chapter 22 Descriptive Set Theory
  31. Chapter 23 Semantics of Programming Languages
  32. Chapter 24 Stable Groups
  33. Chapter 25 General Theory of Algorithms
  34. Chapter 26 Recursive Functions
  35. Chapter 27 Logical Characterization of Computable Functions
  36. Chapter 28 Notions of Reduction and Undecidable Problems
  37. Chapter 29 Introduction to Complexity
  38. Chapter 30 Theory of Finite Models and Applications
  39. Chapter 31 Approximate Verification and Complexity
  40. Chapter 32 Working on Fundamental Courses
  41. Chapter 33 Preliminary Intensive Logic
  42. Chapter 34 Classic Tools
  43. Chapter 35 An Introduction to Contemporary Mathematical Logic
  44. Chapter 36 A Course in Model Theory
  45. Chapter 37 Classes and Completeness
  46. Chapter 38 Axioms
  47. Chapter 39 The Incompleteness Theorems
  48. Chapter 40 Conceptual Perspectives
  49. Chapter 41 Programming Perspectives
  50. Chapter 42 Advances in Linear Logic
  51. Chapter 43 Symbolic Logic
  52. Bibliography
  53. Index